热电偶温度变送器将热电偶的小毫伏输出转换为电流信号(通常为4-20 mADC),该信号不受长距离噪声和电压降的影响。
热电偶形式:E; J; K; N; T |
输出:Analog Current |
产品类别:Thermocouple Temperature Transmitters |
工作温度:-40 to 185 F (-40 to 85 C) |
热电偶形式:E; J; K; N; T; B; S; R; W |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Resistance Inputs |
测量温度范围:-328 to 3632 F (-200 to 2000 C) |
安装方式:Thermohead or Thermowell Mounting (e.g. "Hockey puck" Style); DIN Rail Mounting |
产品类别:Thermocouple Temperature Transmitters |
特征:Intrinsically Safe; Digital or Analog Display |
热电偶形式:E; J; K; N; T; S; R; W |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Analog Current Inputs; Accepts Generic Resistance Inputs |
测量温度范围:-328 to 4172 F (-200 to 2300 C) |
安装方式:DIN Rail Mounting |
用户接口:Computer Interface |
输出接口:Serial Interface |
工作温度:32 to 140 F (0.0 to 60 C) |
产品类别:Thermocouple Temperature Transmitters |
其他输入:Accepts Generic Resistance Inputs |
测量温度范围:-328 to 4172 F (-200 to 2300 C) |
安装方式:DIN Rail Mounting |
输出:Analog Current |
传感器连接方式:Screw Clamps or Lugs |
热电偶形式:E; J; K; N; T; B; S; R; W |
产品类别:Thermocouple Temperature Transmitters |
安装方式:DIN Rail Mounting |
输出:Analog Current |
传感器连接方式:Terminal Block; Lead Wires; Screw Clamps or Lugs |
工作温度:-40 to 158 F (-40 to 70 C) |
热电偶形式:T |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Analog Current Inputs |
产品类别:Thermocouple Temperature Transmitters |
工作温度:-40 to 185 F (-40 to 85 C) |
热电偶形式:E; J; K; N; T; B; S; R |
输出:Analog Current |
传感器连接方式:Screw Clamps or Lugs |
产品类别:Thermocouple Temperature Transmitters |
供电电压:6.5 to 36 VDC |
传感器连接方式:Lead Wires |
热电偶形式:E; J; K; N; T; B; S; R |
测量温度范围:-328 to 3308 F (-200 to 1820 C) |
安装方式:DIN Rail Mounting |
输出:Analog Current |
输出接口:Serial Interface |
用户接口:Computer Interface |
工作温度:-13 to 176 F (-25 to 80 C) |
产品类别:Thermocouple Temperature Transmitters |
输出:Analog Current |
用户接口:Computer Interface |
安装方式:Thermohead or Thermowell Mounting (e.g. |
输出接口:Serial Interface |
传感器连接方式:Terminal Block; Lead Wires |
工作温度:-40 to 185 F (-40 to 85 C) |
热电偶形式:E; J; K; N; S; R |
测量温度范围:-328 to 3200 F (-200 to 1760 C) |
供电电压:10-35V DC |
产品类别:Thermocouple Temperature Transmitters |
传感器连接方式:Screw Clamps or Lugs |
工作温度:-4 to 158 F (-20 to 70 C) |
热电偶形式:E; J; K; T |
测量温度范围:-328 to 2498 F (-200 to 1370 C) |
安装方式:Board or Cabinet Mounting |
输出:Analog Current |
供电电压:8-30VDC |
产品类别:Thermocouple Temperature Transmitters |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Resistance Inputs |
安装方式:Thermohead or Thermowell Mounting (e.g. "Hockey puck" Style) (optional feature); DIN Rail Mounting (optional feature) |
输出接口:Serial Interface |
热电偶形式:E; J; K; N; T; B; S; R |
输出:Analog Current |
用户接口:Computer Interface |
传感器连接方式:Screw Clamps or Lugs |
产品类别:Thermocouple Temperature Transmitters |
供电电压:8 to 30 VDC |
安装方式:DIN Rail Mounting |
工作温度:-20 to 70 °C (-4 to 158 °F) |
输出:4-20 mA 模拟电流 |
测量温度范围:32 to 3092 °F (0.0 to 1700 °C) |
热电偶形式:E (optional feature); J (optional feature); K (optional feature); T (optional feature); B (optional feature); S (optional feature); R (optional feature) |
精度:±0.08% (K 型), ±0.1% 到 ±0.2% (其他类型) |
冷端补偿误差:±0.9 °C (典型值,0 到 60 °C 环境变化) |
抗共模干扰 (CMR):127 dB 典型值 (dc 到 60 Hz) |
输入信号范围:79 to 1490 °F (26 to 810 °C) |
隔离电压:1500 Vdc 或峰值交流 |
材料(接触介质部分):聚碳酸酯 |
输出最小值:79 °F (26 °C) |
产品类别:Thermocouple Temperature Transmitters |
产品尺寸(传感器头):3.23" H × 0.9" W × 3.90" D (82 × 22.5 × 99 mm) |
防护等级:IP40 (外壳), IP20 (端子) |
响应时间:160 毫秒 (0 到 98%) |
供电电压:10-40 Vdc |
重量(变送器+传感器):4.6 盎司 (130 克) |
零点和量程调节范围:-80 to 450 °F (-62 to 232 °C) |
输出:Analog Current |
传感器连接方式:Screw Clamps or Lugs |
工作温度:-40 to 185 F (-40 to 85 C) |
热电偶形式:E; J; K; N; T; B; S; R; W |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Resistance Inputs |
供电电压:10...35 VDC |
产品类别:Thermocouple Temperature Transmitters |
热电偶形式:E; B ; S ; R |
测量温度范围:-328 to 1832 F (-200 to 1000 C) |
安装方式:Thermohead or Thermowell Mounting |
输出:Analog Current |
传感器连接方式:Terminal Block |
产品类别:Thermocouple Temperature Transmitters |
工作温度:-4 to 158 F (-20 to 70 C) |
热电偶形式:E; J; K; N; T; B; S; R |
测量温度范围:-328 to 3213 F (-200 to 1767 C) |
安装方式:DIN Rail Mounting |
输出:Analog Current |
用户接口:Analog Front Panel |
特征:Intrinsically Safe |
产品类别:Thermocouple Temperature Transmitters |
热电偶形式:E; J; K; N; T; B; S; R |
其他输入:Accepts Generic Analog Voltage Inputs; Accepts Generic Resistance Inputs |
测量温度范围:-454 to 4523 F (-270 to 2495 C) |
安装方式:DIN Rail Mounting |
用户接口:Computer Interface |
传感器连接方式:Screw Clamps or Lugs |
工作温度:-40 to 185 F (-40 to 85 C) |
输出:Analog Current |
产品类别:Thermocouple Temperature Transmitters |
供电电压:12 To 35 V |
工作温度:-4 to 140 F (-20 to 60 C) |
热电偶形式:E; J; K; N; T; B; S; R |
测量温度范围:-346 to 3308 F (-210 to 1820 C) |
用户接口:Computer Interface |
传感器连接方式:Plug or Quick Connect |
供电电压:3.2 - 9.0 VDC |
产品类别:Thermocouple Temperature Transmitters |
工作温度:-13 to 185 F (-25 to 85 C) |
热电偶形式:J; K |
测量温度范围:32 to 2192 F (0.0 to 1200 C) |
安装方式:Thermohead or Thermowell Mounting |
输出:Analog Current |
传感器连接方式:Screw Clamps or Lugs |
产品类别:Thermocouple Temperature Transmitters |
供电电压:10 - 30V DC |
传感器连接方式:插头 / 快速连接;接头端子 |
工作温度:0-1200 C |
输出:模拟电流 (如:4-20 mA) |
测量温度范围:0-1200 C |
热电偶形式:K;J;S |
安装方式:二线制,可一体化安装或单独安装 |
工作温度:-20~85℃ |
输出:4~20mA 或 1~5VDC |
输入信号范围:热电偶 K型 / 热电阻 Pt100 |
供电电压:24VDC ±10% |
测温范围:-200~450℃(热电阻) / 0~1200℃(热电偶) |
精度等级:0.2%FS / 0.5%FS |
负载电阻:0~500Ω |
输出接口:与CPU单元通信 |
安装方式:背板安装,单槽尺寸 |
工作温度:0到55°C |
精度:±0.1%(内部量程满量程) |
报警功能:HH、H、L、LL四点报警,变化率报警 |
冷端补偿误差:±1°C |
转换周期:150 ms/4输入 |
输入通道数:4 |
输入阻抗:≥20 kΩ |
输入断线检测电流:0.1 μA(典型值) |
输入信号范围:热电偶 |
隔离方式:变压器隔离 |
最大信号输入:-80到80 mV |
工作湿度范围:10%到90%(无冷凝) |
电源消耗(5V):0.15 A |
产品类别:Fiber Optic Sensors |
分辨率:1/4096(内部量程满量程) |
响应时间:1秒(从0%到90%阶跃输入) |
RoHS认证:Y |
重量(变送器+传感器):≤450 g |
商标:Omron Automation and Safety |
子类别:Sensors |
工厂包装数量:1 |
说明:光纤传感器 4pt hires isola ted rtd In |
输出接口:IO-Link |
工作温度:-25...80 °C |
输出:4...20 mA |
测量温度范围:-50...150 °C |
热电偶形式:PT 1000 |
精度:± 0.3 + (± 0.1 % MS) |
材料(接触介质部分):316L不锈钢 / 1.4404 |
最大输出负载:250 (18...19 V); 300 (19...32 V) |
最高温度感应:+150°C |
探头直径:6mm |
探头长度:100mm |
探头材料:不锈钢 |
防护等级:IP69K |
响应时间:3 s |
存储温度:-40...100 °C |
供电电压:18...32 V DC |
终端类型:M12 连接器 |
重量(变送器+传感器):0.083 kg |
符合标准:CE, CULus, DIN EN 60751, DIN EN 61000-6-2, DIN IEC 68-2-27, DIN IEC 68-2-6 |
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